COSPHADERM SB-75H is a fractionated and hydrogenated, de-oiled soybean lecithin in powdered shape (PC content min 70 %). The hydrogenation of double bonds in the fatty acids results in a higher stability towards destructive oxidation and much better emulsifying and dispersion properties in aqueous media compared to common fractionated lecithin.

Cosphaderm® SB-75H NON GMO is a COSMOS- and NATRUE-compliant, fractionated and hydrogenated de-oiled soybean lecithin in powdered form with a phosphatidylcholine content exceeding 70%. The hydrogenation of double bonds of the fatty acids provides greater oxidation stability and much better emulsifying and dispersion properties in aqueous media compared to common fractionated lecithin. In addition, Cosphaderm SB-75H NON GMO is a great choice for forming micelles and liposomes since the structure of hydrogenated lecithin facilitates more compact and stable interfaces. Finally, it is an excellent co-emulsifier and emulsifier for both o/w and w/o emulsions, even in cold process formulations, without impacting the formulations color or odor.

Cosphaderm® GMUD is made from natural undecylenic acid linked to plant-based glycerol. It is a natural multifunctional compound with emollient, emulsifying and skin conditioning properties. Additionally, it can support antimicrobial product protection approaches with its mild surface activity and corresponding disruption of the microorganism’s membrane integrity. As an antimicrobial multifunctional, it is especially effective against yeasts and molds.

Cosphaderm® Dicapo is a cost-efficient multifunctional blend of caprylyl glycol, dipropylene glycol and glyceryl caprylate. Caprylyl glycol is an emollient with Humectant abilities as well as skin and hair conditioning properties. Glyceryl caprylate is a highly pure monoester of glycerine and caprylic acid. Beside its main action as emollient and emulsifier, it has moisturizing, wetting and refatting properties. Dipropylene glycol keeps the other two components in solution for an easy application. In addition to all these functions, a mild but efficient antimicrobial property is shared by all three substances. Taken together, the blend has moisturizing and emollient properties while offering comprehensive antimicrobial protection over a broad pH-range in a wide variety of formulations.